Which is apparent to anyone who doesn't have their heads stuck in some spreadsheets. Huge American manufacturing sectors (textiles, electronics, home appliances, etc) which were made in this country 30-40 years ago are no longer made here, or are made here in significantly reduced capacity.
So, its possible to talk about how efficient American manufacturing has become, but the average consumer doesn't see that as they walk the isles at Walmart. What they see is that its really hard to find anything actually made in the US. Those of us old enough to remember, _CAN_ remember a time when the clothing at the store said "made in America", or shed a little tear as we remove the 25 year old washer that has a made in america sticker and replace it with one that says made in Mexico or similar.
So, we may be making more planes and john deere tractors, but we definitely have had huge swaths of our consumer goods simply wiped out by cheap labor countries where hiring a half dozen people for 10 years to do final inspections on clothing costs less than putting a robot in a factory in the US.
The problem isn't that factory automation has been on a steady trend of reducing labor since Henry Ford. The problem is that now that those factories are located in cheap labor countries, they are still being slowly automated. So eventually when they reach 100% and the labor costs are strictly the cost of people programming and repairing the machines (see semiconductor fabs) they aren't magically going to move back to the US, rather they will stay in whatever part of the world managed to hold onto them during the final phases and still has the critical mass of supply chain.
Not if they're < 100hp. Those are all made in Japan by Yanmar and rebadged. Ditto New Holland(merged with Ford) which is built by LS. There's not a single company that makes a compact tractor in the US that you can buy.
This is not correct. The Riding Lawn Equipment (RLE) is built in Horicon WI (as are the gators). The compact tractors (one series, two series, etc) are built in Augusta GA. The RLE has almost nothing from Yanmar in it except the diesels use a Yanmar engine. The sub-CUTs and CUTS use a lot of Yanmar components, but are Deere products and assembled by Deere. I have been to both factories and seen the lines in the last few years, they are assembling tractors there.
Not sure why you're talking about RLE and Gators as I was only talking about compact tractors.
You could say the same think about Kubota as the assemble their B/BX models in the US(they however don't outsource the engine).
There's nothing wrong with sourcing an engine/design from another company, however if you do that's definitely not something made completely in America. JD likes to play this up heavily in their marketing and honestly I find it to be a bit disingenuous.
A Deere X700, which is made in Horicon, is a <100HP tractor. They are real tractors with an optional PTO and 3-pt hitch. No tractor in the world is entirely made by a single company. For starters they all have various semiconductors in them and no tractor company owns a fab that I am aware of.
Deere engineers in Augusta design their current CUTS, they are built there and tested there. Yes, they use parts from many suppliers.
You can get a PTO and 3-point on a telehandler, doesn't make it a tractor. What you're talking about there is a riding lawn mower.
I also didn't say that there's any company that makes all their parts in-house. Just that you can't find one made in America despite a fair bit of advertising that leans that way.
I have a fair idea of what I'm talking about. On our property we have a Ferguson TE-20(a tractor that was all made in one country), Ford 1500(which is a joint venture between New Holland, Shibaru and licensed by Ford) and a Kubota L4760(in-house engine development).
Re: semiconductor fabs. It is interesting to note that US still holds a lot of cutting edge semiconductor fab capacity, at Oregon, Arizona, and New York.
Almost all of the high-value parts of an iPhone are made in the US. Yet there is a lot of hand-wringing about the low-value, labor-intensive work done on iPhones in China.
Not sure I make the same bet. Generally you don't outsource your core competencies. Design and software are Apple's core competencies. Assembling hardware is not.
Which ones? Screen, flash memory, CPU, DRAM, battery come to mind. All of these product types are also manufactured in the US, but not the majority of the output.
The ones I've seen never show the US as the biggest slice, but China is always a sliver and the chart is usually dominated by Germany, South Korea, and Japan.
Exactly. And that analysis is of components, so it leaves out the value of ecosystem, software, and Apple’s cpu and SoC design groups, which is bigger than all of the components combined.
Is there any problem at all, really? Humanity gets more and more efficient at allocating jobs and then at removing the need for human input at all. It's only a problem for people who cannot contribute to humanity in any way but repetitive manual labour, and while I genuinly tried, I can't feel sorry for them. You don't even have to have a high IQ for a different kind of a job - there's a LOT of jobs that require social intelligence and empathy instead of intelligence that are even less prone to automation than software development.
So, its possible to talk about how efficient American manufacturing has become, but the average consumer doesn't see that as they walk the isles at Walmart. What they see is that its really hard to find anything actually made in the US. Those of us old enough to remember, _CAN_ remember a time when the clothing at the store said "made in America", or shed a little tear as we remove the 25 year old washer that has a made in america sticker and replace it with one that says made in Mexico or similar.
So, we may be making more planes and john deere tractors, but we definitely have had huge swaths of our consumer goods simply wiped out by cheap labor countries where hiring a half dozen people for 10 years to do final inspections on clothing costs less than putting a robot in a factory in the US.
The problem isn't that factory automation has been on a steady trend of reducing labor since Henry Ford. The problem is that now that those factories are located in cheap labor countries, they are still being slowly automated. So eventually when they reach 100% and the labor costs are strictly the cost of people programming and repairing the machines (see semiconductor fabs) they aren't magically going to move back to the US, rather they will stay in whatever part of the world managed to hold onto them during the final phases and still has the critical mass of supply chain.